A. (COP)R = (COP)HP = 0.6
B. (COP)R = 2.5; (COP)HP = 1.5
C. (COP)R = 1.5; (COP)HP = 2.5
D. (COP)R = (COP)HP = 2.5
A. (COP)R = (COP)HP = 0.6
B. (COP)R = 2.5; (COP)HP = 1.5
C. (COP)R = 1.5; (COP)HP = 2.5
D. (COP)R = (COP)HP = 2.5
A. Thermal conductivity
B. Heat flux
C. Heat transfer co-efficient
D. Thermal diffusivity
A. Sum
B. Difference
C. Ratio
D. None of these
A. Small
B. Large
C. All
D. One fixed
A. Decreases
B. Increases
C. Remain constant
D. First decreases upto certain temperature and then increases
A. Tube side pressure drop and the heat transfer rate
B. Convective heat transfer co-efficient
C. Effective tube surface area for convective heat transfer
D. All A. B. and C.
A. 0.5
B. 2
C. 10
D. 100
A. Temperature gradient
B. Mechanical strength of the equipment
C. Heat transfer area
D. Heat transfer co-efficient
A. Pool
B. Nucleate
C. Transition
D. Film
A. Foaming
B. Viscous
C. Very thin
D. Corrosive